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Guhring Stationary Lifting Magnet - For Thin Walled Parts - Lifting Capacity 150 Kg For Flat Material, 60 Kg For Round Material

Guhring Stationary Lifting Magnet - For Thin Walled Parts - Lifting Capacity 150 Kg For Flat Material, 60 Kg For Round Material

Stationary lifting magnet, for thin walled parts, lifting capacity 150 kg for flat material, 60 kg for round material. Supplied = assembled. Max. load permitted for flat material = 150 kg. Max. load permitted for round material = 60 kg. Weight = 7.2 kg. Width = 79 mm. Max. diameter for round material = 240 mm. Height = 142 mm. Length = 189 mm. Min. wall thickness for round material = 6 mm. Min. wall thickness for flat material = 8 mm. Max. workpiece length = 1500 mm. Product type = lifting magnets. Very user friendly by simply flipping the lever. Highly concentrated energy guarantees constant and reliable grip. Magnetic force ensures the load is handled gently and is never damaged. Lifting magnets are used wherever safe handling of metallic objects is required. Simply flipping the lever switches this magnetic force on and off, and the integrated safety mechanism locks the lever during the holding phase. The holding force is also concentrate where it is needed, and therefore prevents adjacent steel parts to the side of the load from being attracted. Uneven surfaces are also no problem. The compact design and the comparatively low weight mean the lifting magnet can be used everywhere you need it. Other loading capacities are available on request.

GBP 1199.99
1

Guhring 205 60 Gauge HSS S/S Jobber Drill

Guhring 205 60 Gauge HSS S/S Jobber Drill

Series 205 Suitable for drilling steel, cast steel, alloyed and unalloyed, grey cast iron, spheroidal iron, sintered powder metal, German silver and graphite. Manufactured to BS 328, DIN338RN. Black Finish (W-Finish) This is the most common surface finish and is the result of a steam tempering operation in which steam is passed over the product during a controlled tempering cycle, producing a black oxide layer. Black tools are generally recommended for ferrous applications where the oxide layer aids chip flow, helps to dissipate heat by retaining some coolant on the tool surface and also helps to prevent the tool from staining.

GBP 9.19
1